智能电网背景下电力工程技术应用与发展研究

Research on Application and Development of Power Engineering Technology under the Background of Smart Grid

摘要

在“双碳”目标与新型电力系统建设的双重驱动下，智能电网成为电力行业转型升级的核心方向，电力工程技术也朝着数字化、智能化、绿色化方向深度变革。安阳市作为豫北地区重要的工业城市与能源枢纽，依托本地产业特色与电网升级需求，大力推进智能电网背景下的电力工程建设，在新能源并网、智能输配电、储能应用、虚拟电厂等领域取得阶段性成果。本文结合智能电网核心技术特征，剖析安阳电力工程典型应用案例，梳理当前技术应用痛点与短板，进而预判未来发展趋势，为安阳及同类城市电力工程智能化升级、电网高效运维提供理论参考与实践思路。

Abstract

Driven by the dual objectives of carbon peaking and carbon neutrality alongside the development of new power systems, smart grids have emerged as a pivotal direction for the power industry’s transformation and upgrading. Power engineering technologies are undergoing profound changes toward digitalization, intelligentization, and greenification. As a key industrial city and energy hub in northern Henan Province, Anyang City has vigorously advanced smart grid-powered power engineering projects by leveraging local industrial characteristics and grid modernization needs. Significant phased achievements have been made in areas such as renewable energy integration, intelligent power transmission and distribution, energy storage applications, and virtual power plant deployment. This paper analyzes typical smart grid application cases in Anyang’s power engineering sector based on core technological features, identifies current technical challenges and shortcomings, and forecasts future development trends. The findings provide theoretical references and practical insights for intelligent upgrades of power engineering systems and efficient grid operations in Anyang and similar cities.

关键词

智能电网 / 电力工程技术 / 安阳市 / 新能源并网 / 虚拟电厂

Key words

smart grid / power engineering technology / Anyang City / new energy grid integration / virtual power plant

参考文献

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